// Sets the cell's text to represent an exact time condition.
public void SetOrder(TimeConditionOrder order, NSDateComponents dateComponents)
{
var date = NSCalendar.CurrentCalendar.DateFromComponents(dateComponents);
var timeString = DateFormatter.StringFor(date);
SetOrder(order, timeString, "Relative to Time");
}
public static HomeKitCondition CreateSunTime (TimeConditionOrder order, TimeConditionSunState state)
{
return new HomeKitCondition {
SunTimeData = new Tuple<TimeConditionOrder, TimeConditionSunState> (order, state),
Type = HomeKitConditionType.SunTime
};
}
public static HomeKitCondition CreateExactTime (TimeConditionOrder order, NSDateComponents components)
{
return new HomeKitCondition {
ExactTimeData = new Tuple<TimeConditionOrder, NSDateComponents> (order, components),
Type = HomeKitConditionType.ExactTime
};
}
public static HomeKitCondition CreateExactTime(TimeConditionOrder order, NSDateComponents components)
{
return(new HomeKitCondition {
ExactTimeData = new Tuple <TimeConditionOrder, NSDateComponents> (order, components),
Type = HomeKitConditionType.ExactTime
});
}
public static HomeKitCondition CreateSunTime(TimeConditionOrder order, TimeConditionSunState state)
{
return(new HomeKitCondition {
SunTimeData = new Tuple <TimeConditionOrder, TimeConditionSunState> (order, state),
Type = HomeKitConditionType.SunTime
});
}
// Reloads the BeforeOrAfter and Value section.
void ReloadDynamicSections()
{
if (timeType == TimeConditionType.Sun && order == TimeConditionOrder.At)
{
order = TimeConditionOrder.Before;
}
var reloadIndexSet = NSIndexSet.FromNSRange(new NSRange((int)TimeConditionTableViewSection.BeforeOrAfter, 2));
TableView.ReloadSections(reloadIndexSet, UITableViewRowAnimation.Automatic);
}
// Sets the cell's text to represent a solar event time condition.
public void SetOrder(TimeConditionOrder order, TimeConditionSunState sunState)
{
string timeString;
switch (sunState)
{
case TimeConditionSunState.Sunrise:
timeString = "Sunrise";
break;
case TimeConditionSunState.Sunset:
timeString = "Sunset";
break;
default:
throw new InvalidOperationException();
}
SetOrder(order, timeString, "Relative to sun");
}
// Sets the cell's text to represent an ordered time with a set context string.
public void SetOrder(TimeConditionOrder order, string timeString, string contextString)
{
string formatString;
switch (order) {
case TimeConditionOrder.Before:
formatString = "Before {0}";
break;
case TimeConditionOrder.After:
formatString = "After {0}";
break;
case TimeConditionOrder.At:
formatString = "At {0}";
break;
default:
throw new InvalidOperationException ();
}
TextLabel.Text = string.Format (formatString, timeString);
TrySetDetailText (contextString);
}
public override void RowSelected(UITableView tableView, NSIndexPath indexPath)
{
base.RowSelected(tableView, indexPath);
var cell = tableView.CellAt(indexPath);
if (cell.SelectionStyle == UITableViewCellSelectionStyle.None)
{
return;
}
tableView.DeselectRow(indexPath, true);
switch ((TimeConditionTableViewSection)indexPath.Section)
{
case TimeConditionTableViewSection.TimeOrSun:
timeType = (TimeConditionType)indexPath.Row;
ReloadDynamicSections();
return;
case TimeConditionTableViewSection.BeforeOrAfter:
order = (TimeConditionOrder)indexPath.Row;
tableView.ReloadSections(NSIndexSet.FromIndex(indexPath.Section), UITableViewRowAnimation.Automatic);
break;
case TimeConditionTableViewSection.Value:
if (timeType == TimeConditionType.Sun)
{
sunState = (TimeConditionSunState)indexPath.Row;
}
tableView.ReloadSections(NSIndexSet.FromIndex(indexPath.Section), UITableViewRowAnimation.Automatic);
break;
default:
throw new InvalidOperationException("Unexpected `TimeConditionTableViewSection` value.");
}
}
// Sets the cell's text to represent an ordered time with a set context string.
public void SetOrder(TimeConditionOrder order, string timeString, string contextString)
{
string formatString;
switch (order)
{
case TimeConditionOrder.Before:
formatString = "Before {0}";
break;
case TimeConditionOrder.After:
formatString = "After {0}";
break;
case TimeConditionOrder.At:
formatString = "At {0}";
break;
default:
throw new InvalidOperationException();
}
TextLabel.Text = string.Format(formatString, timeString);
TrySetDetailText(contextString);
}
// Reloads the BeforeOrAfter and Value section.
void ReloadDynamicSections ()
{
if (timeType == TimeConditionType.Sun && order == TimeConditionOrder.At)
order = TimeConditionOrder.Before;
var reloadIndexSet = NSIndexSet.FromNSRange (new NSRange ((int)TimeConditionTableViewSection.BeforeOrAfter, 2));
TableView.ReloadSections (reloadIndexSet, UITableViewRowAnimation.Automatic);
}
public override void RowSelected (UITableView tableView, NSIndexPath indexPath)
{
base.RowSelected (tableView, indexPath);
var cell = tableView.CellAt (indexPath);
if (cell.SelectionStyle == UITableViewCellSelectionStyle.None)
return;
tableView.DeselectRow (indexPath, true);
switch ((TimeConditionTableViewSection)indexPath.Section) {
case TimeConditionTableViewSection.TimeOrSun:
timeType = (TimeConditionType)indexPath.Row;
ReloadDynamicSections ();
return;
case TimeConditionTableViewSection.BeforeOrAfter:
order = (TimeConditionOrder)indexPath.Row;
tableView.ReloadSections (NSIndexSet.FromIndex (indexPath.Section), UITableViewRowAnimation.Automatic);
break;
case TimeConditionTableViewSection.Value:
if (timeType == TimeConditionType.Sun)
sunState = (TimeConditionSunState)indexPath.Row;
tableView.ReloadSections (NSIndexSet.FromIndex (indexPath.Section), UITableViewRowAnimation.Automatic);
break;
default:
throw new InvalidOperationException ("Unexpected `TimeConditionTableViewSection` value.");
}
}
// Sets the cell's text to represent a solar event time condition.
public void SetOrder(TimeConditionOrder order, TimeConditionSunState sunState)
{
string timeString;
switch (sunState) {
case TimeConditionSunState.Sunrise:
timeString = "Sunrise";
break;
case TimeConditionSunState.Sunset:
timeString = "Sunset";
break;
default:
throw new InvalidOperationException ();
}
SetOrder (order, timeString, "Relative to sun");
}
// Sets the cell's text to represent an exact time condition.
public void SetOrder(TimeConditionOrder order, NSDateComponents dateComponents)
{
var date = NSCalendar.CurrentCalendar.DateFromComponents (dateComponents);
var timeString = DateFormatter.StringFor (date);
SetOrder (order, timeString, "Relative to Time");
}
